Home Companies JIANGSU ESTY BUILDING MATERIALS CO.,LTD

Anti - Chemical Anti Static PVC Sheet For CT Room / Operation Room

Active Member

Contact Us

[China]

Address: C-floor 4, R&D HUB 3 No. 18, Changwu Middle Road, Wujin District, Changzhou City, 213161, Jiangsu, China

Contact name:Tina Huang

JIANGSU ESTY BUILDING MATERIALS CO.,LTD

Anti - Chemical Anti Static PVC Sheet For CT Room / Operation Room

Country/Region	china
City & Province	changzhou jiangsu
Categories	Plastic Sheets

Product Details

Pvc Floor Anti Static Pvc Sheet Conductive Roll

Property:
1.EXCELLENT CONDUCTIVE PROPERTIES
<106 ohm (Conductive)
106-109 ohm (Dissipative)
conductive particles constitute a special network structure,with a permanent life,they will completely control electrostatic
2.GOOD DESIGN
excellent color and texture,similar to natural marble,meet the aesthetic ideas
3.GOOD DURABLITY
durable and anti-water,anti-chemical
4.DUST-FREE ENVIRONMENT
low voltage static on the surface of the floor,no dust, make the keeping clean possible,it is easy to remone dirty.

Aplication:
The products are mainly used in the decoration and fitment of the apparatus rooms for the industries of telecommunication, electronics, microelectronics and medicine etc, and the clean rooms or workshops for the computer or electronic instrument industries.

Product Specification

DISCRIPTION	UNIT
Type of flooring		Homogeneous PVC flooring
Thickness	mm	2.0~3.0
Weight	g/m2	3200
Width	mm	2
Length	mm	15~20
Fire resistance		B1
Electrical resistance	kv	≤2
Slip resistance dry		≥0.3
Slip resistance wet		R9
PERFORMANCES
Abrasion group		P
Abrasion resistance	mm	≤0.10
Castor wheel test		Suitable
Residual indentation	mm	≤0.04
Color fastness		≥6
Thermal resistance	m2k/w	≈0.01
Dimensional stability	%	≤0.10
Chemical products resistance		Very good
Toxic testing		Suitable
Tolerance for width and length	mm	±0.15
Residual indentation	mm	≤0.15mm
Dimensional change on heating	%	≤0.20
abrasion wear	g/cm2	≤0.020
Voltage		\|V\|<100V
Decay time		<2S
Electric properties	conductive	<1.0×106Ω
	dissipative	1.0×106Ω~1.0×109Ω